Answer:
t = 106π / 30*2.1
Explanation:
=> 106
=> 106 x 2π/60
=> 106/30π
∝ = -2.1 rad/sec²
=> 0
=
+ ∝t
∴ ( -
) / ∝ = t
t = 106π / 30*2.1
When spray is applied to a car, the paint has a negative charge and the surface of the car has a positive charge. Some processes
1 answer:
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348.34 m/s. When Superman reaches the train, his final velocity will be 348.34 m/s.
To solve this problem, we are going to use the kinematics equations for constant aceleration. The key for this problem are the equations and
where
is distance,
is the initial velocity,
is the final velocity,
is time, and
is aceleration.
Superman's initial velocity is , and he will have to cover a distance d = 850m in a time t = 4.22s. Since we know
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and
, we have to find the aceleration
in order to find
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From the equation we have to clear
, getting the equation as follows:
.
Substituting the values:
To find we use the equation
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Substituting the values:
Answer:
The following vectors have been given:
The angle between these two vectors can be found by: